1. Students are able to find the area and volume by using definite integrals.
2. Students are able to calculate the iterated integrals.
3. Students are able to calculate partial derivatives.
4. Students are able to solve first-order differential equations.
5. Students are able to solve second-order differential equations.
Outline:
Mathematics is the most necessary subject of Anan College. This course focuses on Calculus: differentiation and integration. In order to analyze functions and measure area and volume, students acquire knowledge and skills of calculus. They will gain the basic concept of partial differentials and iterated integrals.
Style:
According to the textbooks, steudents learn the basic concepts and explain techniques of calculation. Students practice calculous by drill, chart and workbook.
【Lecture: 60 hours】
Notice:
1. Students will concentrate in class and establish efficient learning methods. Preparation and review are required.
2. Students will make effort for regular exams, quizzes and homework.
3. Strictly observe the deadline for submission of homework.
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Theme |
Goals |
1st Semester |
1st Quarter |
1st |
Differentiation review |
Calculate basic differentiation; product and quotient rule; chain rule of differentiation.
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2nd |
Integration review |
Calculate basic indefinite and definite integrals.
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3rd |
Applications of integration (part I) |
By using integrals, calculate the area between curves and volume of rotating body.
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4th |
Applications of integration (part II) |
By using integrals, calculate the length of curves.
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5th |
Indefinite integral (part I) |
Calculate indefinite integrals of trigonometric rational expressions.
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6th |
Indefinite integral (part II) |
Calculate indefinite integrals of irrational functions.
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7th |
Review and exercises |
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8th |
Mid-Term Exam |
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2nd Quarter |
9th |
Improper integral |
Calculate basic improper integrals.
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10th |
Iterative integral (part I) |
Calculate basic iterative integrals.
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11th |
Iterative integral (part II) |
Calculate standard iterative integrals.
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12th |
Change the order of iterative integration (part I) |
Change the order of iterative integration on simple domain.
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13th |
Change the order of iterative integration (part II) |
Change the order of iterative integration on standard domain.
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14th |
Change of variables in iterative integration (part I) |
By using linear transformation, find iterative integration
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15th |
Change of variables in iterative integration (part II) |
By using linear transformation and polar transformation, find iterative integration.
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16th |
Review and exercises |
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2nd Semester |
3rd Quarter |
1st |
Partial derivative and Partial differentiation |
Calculate partial derivative and partial differentiation.
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2nd |
Extreme value problem |
By using the criterion of the extreme value, find extreme values.
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3rd |
Extreme value problem for two-variable functions |
By using the criterion of the extreme value, find extreme values for two-variable functions.
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4th |
Infinite series and Taylor series |
Introduction to infinite series. Give Taylor series for trigonometric functions and exponential functions.
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5th |
Linear differential equation of first order (separation of variables) |
Solve linear differential equations of first order, by separation of variables.
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6th |
Homogeneous differential equation |
Solve homogeneous differential equations of first order.
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7th |
Review and exercise |
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8th |
Mid-Term Exam |
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4th Quarter |
9th |
Linear differential equation of first order (non-homogeneous) |
Introduction to variation of parameters/the method of undetermined coefficients.
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10th |
Linear differential equation of second order (part I) |
Introduction to reduction of order.
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11th |
Linear differential equation of second order (part II) |
Solve differential equations of second order, by reduction of order.
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12th |
Linear differential equation of second order with constant coefficients (homogeneous) |
Solve linear differential equations of second order, by solving auxiliary equation,
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13th |
Linear differential equation of second order with constant coefficients (non-homogeneous) I |
Find the general solution, when the non-homegeneous term is a polynomial.
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14th |
Linear differential equation of second order with constant coefficients (non-homogeneous) II |
Find the general solution, when the non-homegeneous term is an exponential.
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15th |
Linear differential equation of second order with constant coefficients (non-homogeneous) III |
Find the general solution, when the non-homegeneous term is sin or cos.
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16th |
Review and exercise |
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